Accurate bathymetric data is essential for marine, coastal ecosystems, and related studies.
In the past decades, a lot of studies were investigated to obtain bathymetric data in shallow …

The accurate estimation of nearshore bathymetry is necessary for multiple aspects of coastal
research and practices. The traditional shipborne single-beam/multi-beam echo sounders …

To derive shallow water bathymetry for coastal areas, a common approach is to deploy a
scanning airborne bathymetric light detection and ranging (LiDAR) system or a shipborne …

Accurate bathymetric maps are essential to understand marine and coastal ecosystems.
With the development of satellite and sensor technology, satellite-derived bathymetry (SDB) …

Empirical models have been widely used to retrieve shallow water bathymetry from
multispectral/hyperspectral satellite imagery. In traditional studies on deriving the …

Bathymetry retrievals from 2D, multispectral imagery, referred to as Satellite‐Derived
Bathymetry (SDB), afford the potential to obtain global, nearshore bathymetric data in …

Shallow water bathymetry is important for nautical navigation to avoid stranding, as well as
for the scientific simulation of high tide and high waves in coastal areas. Although many …

Knowledge of the precise water depth in shallow areas of the ocean is of great significance
to the safe navigation of ships and hydrographic surveying. Compared with traditional …

In nearshore bathymetry based on the Ice, Cloud, and Land Elevation Satellite-2 (ICESat-2),
water refraction causes a position displacement of the seafloor signal photon, decreasing …

Accurate and reliable bathymetric data are needed for a wide diversity of marine research
and management applications. Satellite-derived bathymetry represents a time saving …